PDF user manual for CopperEdge 150

&RQILJXULQJ'6)UDPH5HOD\To establish a Frame Relay virtual circuit on a WAN interface,first, enable the WAN port for Frame Relay. Second, specify theLMI scheme, if any. VCs now can be specified and activated.,QLWLDO&RQILJXUDWLRQTo create a Frame Relay link, you must use two similarlynamed MIB groups: frDlcmi (from the Frame Relay MIB) andcmFrDlcmi (the Copper Mountain MIB). Both groups configurelinks on the physical port, and thus apply to all of the FrameRelay virtual circuits that you may subsequently assign to thatport. For example, to enable a link on a WAN port with no LMI:CRAFT> set cmfrdlcmi [1.2.1] adminstate=enableTo provide a link with LMI, use the State object in the standardfrDlcmi group to specify the LMI formatting scheme. Availableoptions are: ansiT1-617-D (ansiT1.617 Annex D), lmirev1 (LMIRevision 1), Q9.33-Annex-A, and noLmiConfigured. For example:CRAFT> set frdlcmi [1.2.1] state=ansit1-617-d1 2 7 (Always disable the link using cmfrdlcmi (Admin=dis) before changingthe LMI state or any other link attributes. Modifying link attributes isservice-affecting.When you enable LMI on a WAN port, remember to configureyour Frame Relay router as DCE LMI.$GGLQJD39&Once you have enabled a link as described above, individualWAN PVCs can be configured. Do this using the frCircuit groupto specify and activate the circuit numbers. For Frame RelayVCs, you can use any DLCI from 16 to 991.To establish a VC (DLCI 32, port 1 in the example):CRAFT> set frcircuit [1.2.1.32] state=activeNote that the index in this case includes the complete PII entry,that is the interface location (1.3.1) and the PVC number (32).&RSSHU(GJH,QVWDOODWLRQDQG2SHUDWLQJ*XLGH